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2012
Conference Paper
Titel
Low-power area-efficient delay element with a wide delay range
Abstract
A low-power, area-efficient delay element with a wide tunable delay range is proposed. A novel circuit topology is used, where the delay is set using a single control-voltage that controls both the charging and discharging time of a capacitor. A positive feedback mechanism minimizes and keeps the energy consumption constant for a wide delay range. Figure of merits are presented and comparison with previous works illustrates the improvements obtained.
Author(s)